Mplus VERSION 7.4
MUTHEN & MUTHEN
01/18/2018   1:23 PM

INPUT INSTRUCTIONS

  TITLE:
    Variable List -

    gts_1 : Sex change operations are morally wrong
      1: Strongly agree
      2: Agree
      3: Somewhat agree
      4: Neutral
      5: Somewhat disagree
      6: Disagree
      7: Strongly disagree
    gts_2 : If a friend wanted to have his penis removed in order to become a woman, I would
      1: Strongly agree
      2: Agree
      3: Somewhat agree
      4: Neutral
      5: Somewhat disagree
      6: Disagree
      7: Strongly disagree
    gts_3 : A man who dresses as a woman is a pervert
      1: Strongly agree
      2: Agree
      3: Somewhat agree
      4: Neutral
      5: Somewhat disagree
      6: Disagree
      7: Strongly disagree
    gts_4 : It is morally wrong for a woman to present herself as a man in public
      1: Strongly agree
      2: Agree
      3: Somewhat agree
      4: Neutral
      5: Somewhat disagree
      6: Disagree
      7: Strongly disagree
    gts_5 : God made two sexes and two sexes only
      1: Strongly agree
      2: Agree
      3: Somewhat agree
      4: Neutral
      5: Somewhat disagree
      6: Disagree
      7: Strongly disagree
    policy_3 : Congress should not pass laws to protect transgender people from discriminati
      1: Completely agree
      2: Agree
      3: Disagree
      4: Completely disagree
    policy_4 : Insurance companies should not be required to pay for medical treatment relat
      1: Completely agree
      2: Agree
      3: Disagree
      4: Completely disagree
    policy_6 : Businesses should have the right to refuse service to transgender people base
      1: Completely agree
      2: Agree
      3: Disagree
      4: Completely disagree
    policy_8 : Transgender people should only be allowed to use public restrooms that are co
      1: Completely agree
      2: Agree
      3: Disagree
      4: Completely disagree
    TREAT_1 : TREAT==No Image
    TREAT_3 : TREAT==Congruent
    TREAT_4 : TREAT==Incongruent
    traditionalism : Traditionalism from Alpha scale
    pid_7 : partisanship
      -3: Strong Democrat
      -2: Not Strong Democrat
      -1: Lean Democrat
      0: Independent
      1: Lean Republican
      2: Not Strong Republican
      3: Strong Republican
    college_grad :
    pweights : pweights: CBPS weights
    age2 : age_cat==30-44 Years Old
    age3 : age_cat==45-64 Years Old
    age4 : age_cat==65 Years or more
    sex : What is your gender
      1: Male
      2: Female
    race_2 : race==Black
    race_3 : race==Hispanic
    race_4 : race==Asian
    race_5 : race==Native American
    race_6 : race==Multi-racial
    lgbt :

  DATA:
    FILE = sens_gtsacc.dat ;
  VARIABLE:
    NAMES =
      gts_1 gts_2 gts_3 gts_4 gts_5 policy_3 policy_4 policy_6 policy_8
  TREAT_1 TREAT_3 TREAT_4 traditionalism pid_7 college_grad
  pweights age2 age3 age4 sex race_2 race_3 race_4 race_5 race_6
  lgbt ;
    MISSING ARE ALL (-9999) ;
    CATEGORICAL =
      policy_3-policy_8
      gts_1-gts_5
      ;
  weight is pweights ;

  DEFINE:
  CUT sex (1) ;

  ANALYSIS:
  OUTPUT: TECH8;
  PLOT:

  MODEL:
  f2 by policy_3* policy_4 policy_6 policy_8 ;
  f2@1 ;
  [f2@0] ;
  gts by gts_1* gts_2-gts_5 ;
  gts@1 ;
  [gts@0] ;
  f2 on traditionalism pid_7 sex age2-age4 race_2-race_6
  college_grad lgbt
  TREAT_1 (kappa1)
  TREAT_3 (kappa2)
   TREAT_4 (kappa3)
    ;
  f2 with gts (cov) ;
  gts on traditionalism pid_7 sex age2-age4 race_2-race_6
  college_grad lgbt
   TREAT_1 (gamma1)
   TREAT_3 (gamma2)
    TREAT_4 (gamma3);

  MODEL CONSTRAINT:
  NEW(rho1 rho2 rho3 rho4 rho5
  rho6 rho7 rho8 rho9 rho10 rho11
   rhocurl b1t1_1 b1t1_2 b1t1_3 b1t1_4
   b1t1_5 b1t1_6 b1t1_7 b1t1_8 b1t1_9
   b1t1_10 b1t1_11
   b1t2_1 b1t2_2 b1t2_3 b1t2_4
   b1t2_5 b1t2_6 b1t2_7 b1t2_8 b1t2_9
   b1t2_10 b1t2_11
   b1t3_1 b1t3_2 b1t3_3 b1t3_4
   b1t3_5 b1t3_6 b1t3_7 b1t3_8 b1t3_9
   b1t3_10 b1t3_11
   b2t1_1 b2t1_2 b2t1_3 b2t1_4
    b2t1_5 b2t1_6 b2t1_7 b2t1_8 b2t1_9
   b2t1_10 b2t1_11
   b2t2_1 b2t2_2 b2t2_3 b2t2_4
   b2t2_5 b2t2_6 b2t2_7 b2t2_8 b2t2_9
   b2t2_10 b2t2_11
   b2t3_1 b2t3_2 b2t3_3 b2t3_4
   b2t3_5 b2t3_6 b2t3_7 b2t3_8 b2t3_9
   b2t3_10 b2t3_11
   b0t1_1 b0t1_2 b0t1_3 b0t1_4
    b0t1_5 b0t1_6 b0t1_7 b0t1_8 b0t1_9
   b0t1_10 b0t1_11
   b0t2_1 b0t2_2 b0t2_3 b0t2_4
   b0t2_5 b0t2_6 b0t2_7 b0t2_8 b0t2_9
   b0t2_10 b0t2_11
   b0t3_1 b0t3_2 b0t3_3 b0t3_4
   b0t3_5 b0t3_6 b0t3_7 b0t3_8 b0t3_9
   b0t3_10 b0t3_11
   s1t1_1 s1t1_2 s1t1_3 s1t1_4
    s1t1_5 s1t1_6 s1t1_7 s1t1_8 s1t1_9
   s1t1_10 s1t1_11
   s1t2_1 s1t2_2 s1t2_3 s1t2_4
   s1t2_5 s1t2_6 s1t2_7 s1t2_8 s1t2_9
   s1t2_10 s1t2_11
   s1t3_1 s1t3_2 s1t3_3 s1t3_4
   s1t3_5 s1t3_6 s1t3_7 s1t3_8 s1t3_9
   s1t3_10 s1t3_11
  indt1_1 indt1_2 indt1_3 indt1_4
    indt1_5 indt1_6 indt1_7 indt1_8 indt1_9
   indt1_10 indt1_11
   indt2_1 indt2_2 indt2_3 indt2_4
   indt2_5 indt2_6 indt2_7 indt2_8 indt2_9
   indt2_10 indt2_11
   indt3_1 indt3_2 indt3_3 indt3_4
   indt3_5 indt3_6 indt3_7 indt3_8 indt3_9
   indt3_10 indt3_11
   det1_1 det1_2 det1_3 det1_4
    det1_5 det1_6 det1_7 det1_8 det1_9
   det1_10 det1_11
   det2_1 det2_2 det2_3 det2_4
   det2_5 det2_6 det2_7 det2_8 det2_9
   det2_10 det2_11
   det3_1 det3_2 det3_3 det3_4
   det3_5 det3_6 det3_7 det3_8 det3_9
   det3_10 det3_11
   sig sig2 kappa0 gamma0
   pctmed_1 pctmed_2 pctmed_3);
  sig=1;
  sig2=1;
  kappa0=0;
  gamma0=0;
  rhocurl = cov/(sqrt(sig)*sqrt(sig2));
  !rhocurl is same across conditions
  rho1=-0.99;
  rho2=-.8;
  rho3=-.6;
  rho4=-.4;
  rho5=-.2;
  rho6 = 0;
  rho7 = 0.2;
  rho8 = 0.4;
  rho9 = 0.6;
  rho10 = 0.8;
  rho11= 0.99;
  !rho =bias
  DO(#,1,11) DO($,1,3) b1t$_# =(sqrt(sig)/sqrt(sig2))*
  (rhocurl-rho#*sqrt((1-rhocurl*rhocurl)/(1-rho#*rho#)));
  !Y = BETA1*Ml - mediator on outcome
  DO(#,1,11) DO($,1,3) b2t$_# = kappa$-b1t$_#*gamma$;
  DO(#,1,11) DO($,1,3) b0t$_# = kappa0-b1t$_#*gamma0;
  DO(#,1,11) DO($,1,3) s1t$_# =
  (rhocurl*sqrt(sig)-b1t$_#*sqrt(sig2))/0.5;
  DO(#,1,11) DO($,1,3) indt$_# = b1t$_#*gamma$;
  DO(#,1,11) DO($,1,3) det$_#=b2t$_#;
  DO(1,3) pctmed_# = indt#_6 / (sqrt(indt#_6**2) + sqrt(det#_6**2));



*** WARNING
  Input line exceeded 90 characters. Some input may be truncated.
    policy_3 : Congress should not pass laws to protect transgender people from discriminatio
*** WARNING
  Input line exceeded 90 characters. Some input may be truncated.
    policy_4 : Insurance companies should not be required to pay for medical treatment relate
*** WARNING
  Input line exceeded 90 characters. Some input may be truncated.
    policy_6 : Businesses should have the right to refuse service to transgender people based
*** WARNING
  Input line exceeded 90 characters. Some input may be truncated.
    policy_8 : Transgender people should only be allowed to use public restrooms that are con
*** WARNING in VARIABLE command
  Note that only the first 8 characters of variable names are used in the output.
  Shorten variable names to avoid any confusion.
*** WARNING in OUTPUT command
  TECH8 option is available only with analysis types MIXTURE, RANDOM, or
  TWOLEVEL with estimators ML, MLF, or MLR or ALGORITHM=INTEGRATION.
  Request for TECH8 is ignored.
*** WARNING
  Data set contains cases with missing on x-variables.
  These cases were not included in the analysis.
  Number of cases with missing on x-variables:  1
   7 WARNING(S) FOUND IN THE INPUT INSTRUCTIONS




Variable List -

gts_1 : Sex change operations are morally wrong
1: Strongly agree
2: Agree
3: Somewhat agree
4: Neutral
5: Somewhat disagree
6: Disagree
7: Strongly disagree
gts_2 : If a friend wanted to have his penis removed in order to become a woman, I would
1: Strongly agree
2: Agree
3: Somewhat agree
4: Neutral
5: Somewhat disagree
6: Disagree
7: Strongly disagree
gts_3 : A man who dresses as a woman is a pervert
1: Strongly agree
2: Agree
3: Somewhat agree
4: Neutral
5: Somewhat disagree
6: Disagree
7: Strongly disagree
gts_4 : It is morally wrong for a woman to present herself as a man in public
1: Strongly agree
2: Agree
3: Somewhat agree
4: Neutral
5: Somewhat disagree
6: Disagree
7: Strongly disagree
gts_5 : God made two sexes and two sexes only
1: Strongly agree
2: Agree
3: Somewhat agree
4: Neutral
5: Somewhat disagree
6: Disagree
7: Strongly disagree
policy_3 : Congress should not pass laws to protect transgender people from discriminati
1: Completely agree
2: Agree
3: Disagree
4: Completely disagree
policy_4 : Insurance companies should not be required to pay for medical treatment relat
1: Completely agree
2: Agree
3: Disagree
4: Completely disagree
policy_6 : Businesses should have the right to refuse service to transgender people base
1: Completely agree
2: Agree
3: Disagree
4: Completely disagree
policy_8 : Transgender people should only be allowed to use public restrooms that are co
1: Completely agree
2: Agree
3: Disagree
4: Completely disagree
TREAT_1 : TREAT==No Image
TREAT_3 : TREAT==Congruent
TREAT_4 : TREAT==Incongruent
traditionalism : Traditionalism from Alpha scale
pid_7 : partisanship
-3: Strong Democrat
-2: Not Strong Democrat
-1: Lean Democrat
0: Independent
1: Lean Republican
2: Not Strong Republican
3: Strong Republican
college_grad :
pweights : pweights: CBPS weights
age2 : age_cat==30-44 Years Old
age3 : age_cat==45-64 Years Old
age4 : age_cat==65 Years or more
sex : What is your gender
1: Male
2: Female
race_2 : race==Black
race_3 : race==Hispanic
race_4 : race==Asian
race_5 : race==Native American
race_6 : race==Multi-racial
lgbt :

SUMMARY OF ANALYSIS

Number of groups                                                 1
Number of observations                                        1931

Number of dependent variables                                    9
Number of independent variables                                 16
Number of continuous latent variables                            2

Observed dependent variables

  Binary and ordered categorical (ordinal)
   GTS_1       GTS_2       GTS_3       GTS_4       GTS_5       POLICY_3
   POLICY_4    POLICY_6    POLICY_8

Observed independent variables
   TREAT_1     TREAT_3     TREAT_4     TRADITIO    PID_7       COLLEGE_
   AGE2        AGE3        AGE4        SEX         RACE_2      RACE_3
   RACE_4      RACE_5      RACE_6      LGBT

Continuous latent variables
   F2          GTS

Variables with special functions

  Weight variable       PWEIGHTS

Estimator                                                    WLSMV
Maximum number of iterations                                  1000
Convergence criterion                                    0.500D-04
Maximum number of steepest descent iterations                   20
Maximum number of iterations for H1                           2000
Convergence criterion for H1                             0.100D-03
Parameterization                                             DELTA

Input data file(s)
  sens_gtsacc.dat

Input data format  FREE


SUMMARY OF DATA

     Number of missing data patterns            16


COVARIANCE COVERAGE OF DATA

Minimum covariance coverage value   0.100


     PROPORTION OF DATA PRESENT


           Covariance Coverage
              GTS_1         GTS_2         GTS_3         GTS_4         GTS_5
              ________      ________      ________      ________      ________
 GTS_1          1.000
 GTS_2          1.000         1.000
 GTS_3          1.000         1.000         1.000
 GTS_4          1.000         1.000         1.000         1.000
 GTS_5          1.000         1.000         1.000         1.000         1.000
 POLICY_3       0.800         0.800         0.800         0.800         0.800
 POLICY_4       0.809         0.809         0.809         0.809         0.809
 POLICY_6       0.821         0.821         0.821         0.821         0.821
 POLICY_8       0.764         0.764         0.764         0.764         0.764


           Covariance Coverage
              POLICY_3      POLICY_4      POLICY_6      POLICY_8
              ________      ________      ________      ________
 POLICY_3       0.800
 POLICY_4       0.708         0.809
 POLICY_6       0.729         0.713         0.821
 POLICY_8       0.671         0.675         0.673         0.764


UNIVARIATE PROPORTIONS AND COUNTS FOR CATEGORICAL VARIABLES

    GTS_1
      Category 1    0.173          334.436
      Category 2    0.081          156.141
      Category 3    0.092          177.840
      Category 4    0.238          459.425
      Category 5    0.080          154.781
      Category 6    0.130          250.750
      Category 7    0.206          397.627
    GTS_2
      Category 1    0.191          368.820
      Category 2    0.141          272.323
      Category 3    0.117          225.841
      Category 4    0.242          466.773
      Category 5    0.068          131.869
      Category 6    0.081          156.351
      Category 7    0.160          309.022
    GTS_3
      Category 1    0.101          195.241
      Category 2    0.055          105.400
      Category 3    0.085          164.243
      Category 4    0.233          449.659
      Category 5    0.116          224.886
      Category 6    0.160          309.349
      Category 7    0.250          482.222
    GTS_4
      Category 1    0.147          284.735
      Category 2    0.081          155.785
      Category 3    0.088          170.696
      Category 4    0.252          487.048
      Category 5    0.100          193.264
      Category 6    0.127          244.704
      Category 7    0.204          394.768
    GTS_5
      Category 1    0.314          606.552
      Category 2    0.141          272.934
      Category 3    0.092          177.451
      Category 4    0.218          420.096
      Category 5    0.049           94.038
      Category 6    0.054          103.875
      Category 7    0.133          256.054
    POLICY_3
      Category 1    0.170          262.722
      Category 2    0.210          323.933
      Category 3    0.246          378.700
      Category 4    0.374          576.323
    POLICY_4
      Category 1    0.313          489.517
      Category 2    0.237          371.129
      Category 3    0.232          361.951
      Category 4    0.218          340.547
    POLICY_6
      Category 1    0.189          299.447
      Category 2    0.173          273.508
      Category 3    0.230          364.365
      Category 4    0.408          646.755
    POLICY_8
      Category 1    0.305          451.094
      Category 2    0.328          485.117
      Category 3    0.214          316.251
      Category 4    0.152          224.964



THE MODEL ESTIMATION TERMINATED NORMALLY



MODEL FIT INFORMATION

Number of Free Parameters                       84

Chi-Square Test of Model Fit

          Value                            514.335*
          Degrees of Freedom                   138
          P-Value                           0.0000

*   The chi-square value for MLM, MLMV, MLR, ULSMV, WLSM and WLSMV cannot be used
    for chi-square difference testing in the regular way.  MLM, MLR and WLSM
    chi-square difference testing is described on the Mplus website.  MLMV, WLSMV,
    and ULSMV difference testing is done using the DIFFTEST option.

RMSEA (Root Mean Square Error Of Approximation)

          Estimate                           0.038
          90 Percent C.I.                    0.034  0.041
          Probability RMSEA <= .05           1.000

CFI/TLI

          CFI                                0.981
          TLI                                0.975

Chi-Square Test of Model Fit for the Baseline Model

          Value                          19971.155
          Degrees of Freedom                   180
          P-Value                           0.0000

WRMR (Weighted Root Mean Square Residual)

          Value                              1.283



MODEL RESULTS

                                                    Two-Tailed
                    Estimate       S.E.  Est./S.E.    P-Value

 F2       BY
    POLICY_3           0.659      0.020     32.581      0.000
    POLICY_4           0.583      0.023     25.624      0.000
    POLICY_6           0.738      0.020     36.271      0.000
    POLICY_8           0.466      0.024     19.462      0.000

 GTS      BY
    GTS_1              0.895      0.007    131.320      0.000
    GTS_2             -0.638      0.013    -49.044      0.000
    GTS_3              0.754      0.010     77.302      0.000
    GTS_4              0.870      0.007    124.779      0.000
    GTS_5              0.684      0.014     50.239      0.000

 F2       ON
    TRADITIONA         0.855      0.041     21.011      0.000
    PID_7             -0.107      0.018     -6.097      0.000
    SEX                0.235      0.064      3.665      0.000
    AGE2              -0.064      0.115     -0.555      0.579
    AGE3               0.076      0.107      0.712      0.477
    AGE4               0.131      0.118      1.112      0.266
    RACE_2            -0.409      0.111     -3.679      0.000
    RACE_3            -0.301      0.167     -1.800      0.072
    RACE_4            -0.450      0.205     -2.191      0.028
    RACE_5             0.011      0.296      0.038      0.969
    RACE_6            -0.037      0.207     -0.180      0.857
    COLLEGE_GR        -0.051      0.065     -0.783      0.434
    LGBT               0.134      0.123      1.090      0.276
    TREAT_1            0.064      0.086      0.739      0.460
    TREAT_3           -0.015      0.085     -0.181      0.856
    TREAT_4            0.044      0.088      0.499      0.618

 GTS      ON
    TRADITIONA         0.968      0.033     29.423      0.000
    PID_7             -0.074      0.014     -5.329      0.000
    SEX                0.303      0.052      5.853      0.000
    AGE2              -0.053      0.088     -0.609      0.542
    AGE3              -0.017      0.083     -0.207      0.836
    AGE4               0.086      0.094      0.910      0.363
    RACE_2            -0.732      0.081     -8.997      0.000
    RACE_3            -0.436      0.124     -3.523      0.000
    RACE_4            -0.390      0.142     -2.751      0.006
    RACE_5            -0.015      0.469     -0.033      0.974
    RACE_6             0.141      0.154      0.918      0.359
    COLLEGE_GR         0.044      0.055      0.806      0.420
    LGBT               0.577      0.085      6.818      0.000
    TREAT_1            0.194      0.072      2.709      0.007
    TREAT_3            0.131      0.071      1.847      0.065
    TREAT_4            0.187      0.071      2.622      0.009

 F2       WITH
    GTS                0.675      0.019     34.698      0.000

 Intercepts
    F2                 0.000      0.000    999.000    999.000
    GTS                0.000      0.000    999.000    999.000

 Thresholds
    GTS_1$1           -1.080      0.095    -11.333      0.000
    GTS_1$2           -0.713      0.094     -7.571      0.000
    GTS_1$3           -0.363      0.093     -3.900      0.000
    GTS_1$4            0.448      0.094      4.775      0.000
    GTS_1$5            0.737      0.094      7.819      0.000
    GTS_1$6            1.274      0.095     13.435      0.000
    GTS_2$1           -1.159      0.095    -12.190      0.000
    GTS_2$2           -0.591      0.094     -6.290      0.000
    GTS_2$3           -0.192      0.093     -2.061      0.039
    GTS_2$4            0.620      0.093      6.666      0.000
    GTS_2$5            0.890      0.094      9.470      0.000
    GTS_2$6            1.264      0.096     13.234      0.000
    GTS_3$1           -1.327      0.099    -13.337      0.000
    GTS_3$2           -1.024      0.097    -10.609      0.000
    GTS_3$3           -0.664      0.096     -6.956      0.000
    GTS_3$4            0.090      0.095      0.939      0.348
    GTS_3$5            0.444      0.096      4.649      0.000
    GTS_3$6            0.988      0.096     10.278      0.000
    GTS_4$1           -1.153      0.093    -12.351      0.000
    GTS_4$2           -0.777      0.092     -8.457      0.000
    GTS_4$3           -0.442      0.091     -4.853      0.000
    GTS_4$4            0.385      0.091      4.221      0.000
    GTS_4$5            0.729      0.092      7.944      0.000
    GTS_4$6            1.242      0.092     13.514      0.000
    GTS_5$1           -0.736      0.101     -7.279      0.000
    GTS_5$2           -0.234      0.101     -2.321      0.020
    GTS_5$3            0.084      0.101      0.829      0.407
    GTS_5$4            0.891      0.103      8.640      0.000
    GTS_5$5            1.114      0.105     10.596      0.000
    GTS_5$6            1.418      0.107     13.268      0.000
    POLICY_3$1        -1.106      0.119     -9.327      0.000
    POLICY_3$2        -0.390      0.116     -3.371      0.001
    POLICY_3$3         0.313      0.116      2.705      0.007
    POLICY_4$1        -0.575      0.121     -4.759      0.000
    POLICY_4$2         0.145      0.120      1.210      0.226
    POLICY_4$3         0.892      0.121      7.346      0.000
    POLICY_6$1        -1.016      0.118     -8.634      0.000
    POLICY_6$2        -0.345      0.116     -2.975      0.003
    POLICY_6$3         0.394      0.116      3.394      0.001
    POLICY_8$1        -0.621      0.116     -5.361      0.000
    POLICY_8$2         0.301      0.117      2.583      0.010
    POLICY_8$3         1.053      0.118      8.891      0.000

 Residual Variances
    F2                 1.000      0.000    999.000    999.000
    GTS                1.000      0.000    999.000    999.000

New/Additional Parameters
    RHO1              -0.990      0.000      0.000      1.000
    RHO2              -0.800      0.000      0.000      1.000
    RHO3              -0.600      0.000      0.000      1.000
    RHO4              -0.400      0.000      0.000      1.000
    RHO5              -0.200      0.000      0.000      1.000
    RHO6               0.000      0.000      0.000      1.000
    RHO7               0.200      0.000      0.000      1.000
    RHO8               0.400      0.000      0.000      1.000
    RHO9               0.600      0.000      0.000      1.000
    RHO10              0.800      0.000      0.000      1.000
    RHO11              0.990      0.000      0.000      1.000
    RHOCURL            0.675      0.019     34.698      0.000
    B1T1_1             5.851      0.106     55.386      0.000
    B1T1_2             1.659      0.004    385.427      0.000
    B1T1_3             1.228      0.006    201.551      0.000
    B1T1_4             0.997      0.012     85.345      0.000
    B1T1_5             0.826      0.016     52.187      0.000
    B1T1_6             0.675      0.019     34.698      0.000
    B1T1_7             0.525      0.023     22.717      0.000
    B1T1_8             0.354      0.027     12.976      0.000
    B1T1_9             0.122      0.033      3.724      0.000
    B1T1_10           -0.308      0.043     -7.122      0.000
    B1T1_11           -4.500      0.145    -31.128      0.000
    B1T2_1             5.851      0.106     55.386      0.000
    B1T2_2             1.659      0.004    385.427      0.000
    B1T2_3             1.228      0.006    201.551      0.000
    B1T2_4             0.997      0.012     85.345      0.000
    B1T2_5             0.826      0.016     52.187      0.000
    B1T2_6             0.675      0.019     34.698      0.000
    B1T2_7             0.525      0.023     22.717      0.000
    B1T2_8             0.354      0.027     12.976      0.000
    B1T2_9             0.122      0.033      3.724      0.000
    B1T2_10           -0.308      0.043     -7.122      0.000
    B1T2_11           -4.500      0.145    -31.128      0.000
    B1T3_1             5.851      0.106     55.386      0.000
    B1T3_2             1.659      0.004    385.427      0.000
    B1T3_3             1.228      0.006    201.551      0.000
    B1T3_4             0.997      0.012     85.345      0.000
    B1T3_5             0.826      0.016     52.187      0.000
    B1T3_6             0.675      0.019     34.698      0.000
    B1T3_7             0.525      0.023     22.717      0.000
    B1T3_8             0.354      0.027     12.976      0.000
    B1T3_9             0.122      0.033      3.724      0.000
    B1T3_10           -0.308      0.043     -7.122      0.000
    B1T3_11           -4.500      0.145    -31.128      0.000
    B2T1_1            -1.073      0.389     -2.760      0.006
    B2T1_2            -0.258      0.110     -2.347      0.019
    B2T1_3            -0.175      0.090     -1.934      0.053
    B2T1_4            -0.130      0.083     -1.570      0.116
    B2T1_5            -0.097      0.079     -1.225      0.221
    B2T1_6            -0.067      0.077     -0.876      0.381
    B2T1_7            -0.038      0.077     -0.498      0.618
    B2T1_8            -0.005      0.078     -0.062      0.950
    B2T1_9             0.040      0.083      0.484      0.628
    B2T1_10            0.124      0.099      1.252      0.211
    B2T1_11            0.938      0.372      2.520      0.012
    B2T2_1            -0.781      0.381     -2.050      0.040
    B2T2_2            -0.233      0.107     -2.179      0.029
    B2T2_3            -0.176      0.088     -2.012      0.044
    B2T2_4            -0.146      0.080     -1.818      0.069
    B2T2_5            -0.124      0.077     -1.611      0.107
    B2T2_6            -0.104      0.075     -1.384      0.166
    B2T2_7            -0.084      0.075     -1.124      0.261
    B2T2_8            -0.062      0.077     -0.807      0.420
    B2T2_9            -0.032      0.082     -0.386      0.700
    B2T2_10            0.025      0.098      0.253      0.800
    B2T2_11            0.574      0.369      1.556      0.120
    B2T3_1            -1.049      0.386     -2.714      0.007
    B2T3_2            -0.266      0.112     -2.383      0.017
    B2T3_3            -0.186      0.092     -2.005      0.045
    B2T3_4            -0.142      0.085     -1.672      0.095
    B2T3_5            -0.110      0.081     -1.355      0.175
    B2T3_6            -0.082      0.080     -1.033      0.301
    B2T3_7            -0.054      0.079     -0.683      0.494
    B2T3_8            -0.022      0.080     -0.274      0.784
    B2T3_9             0.021      0.085      0.248      0.804
    B2T3_10            0.101      0.100      1.011      0.312
    B2T3_11            0.884      0.370      2.391      0.017
    B0T1_1             0.000      0.000      0.000      1.000
    B0T1_2             0.000      0.000      0.000      1.000
    B0T1_3             0.000      0.000      0.000      1.000
    B0T1_4             0.000      0.000      0.000      1.000
    B0T1_5             0.000      0.000      0.000      1.000
    B0T1_6             0.000      0.000      0.000      1.000
    B0T1_7             0.000      0.000      0.000      1.000
    B0T1_8             0.000      0.000      0.000      1.000
    B0T1_9             0.000      0.000      0.000      1.000
    B0T1_10            0.000      0.000      0.000      1.000
    B0T1_11            0.000      0.000      0.000      1.000
    B0T2_1             0.000      0.000      0.000      1.000
    B0T2_2             0.000      0.000      0.000      1.000
    B0T2_3             0.000      0.000      0.000      1.000
    B0T2_4             0.000      0.000      0.000      1.000
    B0T2_5             0.000      0.000      0.000      1.000
    B0T2_6             0.000      0.000      0.000      1.000
    B0T2_7             0.000      0.000      0.000      1.000
    B0T2_8             0.000      0.000      0.000      1.000
    B0T2_9             0.000      0.000      0.000      1.000
    B0T2_10            0.000      0.000      0.000      1.000
    B0T2_11            0.000      0.000      0.000      1.000
    B0T3_1             0.000      0.000      0.000      1.000
    B0T3_2             0.000      0.000      0.000      1.000
    B0T3_3             0.000      0.000      0.000      1.000
    B0T3_4             0.000      0.000      0.000      1.000
    B0T3_5             0.000      0.000      0.000      1.000
    B0T3_6             0.000      0.000      0.000      1.000
    B0T3_7             0.000      0.000      0.000      1.000
    B0T3_8             0.000      0.000      0.000      1.000
    B0T3_9             0.000      0.000      0.000      1.000
    B0T3_10            0.000      0.000      0.000      1.000
    B0T3_11            0.000      0.000      0.000      1.000
    S1T1_1           -10.351      0.250    -41.370      0.000
    S1T1_2            -1.967      0.048    -41.370      0.000
    S1T1_3            -1.106      0.027    -41.370      0.000
    S1T1_4            -0.644      0.016    -41.370      0.000
    S1T1_5            -0.301      0.007    -41.370      0.000
    S1T1_6             0.000      0.000      0.000      1.000
    S1T1_7             0.301      0.007     41.370      0.000
    S1T1_8             0.644      0.016     41.370      0.000
    S1T1_9             1.106      0.027     41.370      0.000
    S1T1_10            1.967      0.048     41.370      0.000
    S1T1_11           10.351      0.250     41.370      0.000
    S1T2_1           -10.351      0.250    -41.370      0.000
    S1T2_2            -1.967      0.048    -41.370      0.000
    S1T2_3            -1.106      0.027    -41.370      0.000
    S1T2_4            -0.644      0.016    -41.370      0.000
    S1T2_5            -0.301      0.007    -41.370      0.000
    S1T2_6             0.000      0.000      0.000      1.000
    S1T2_7             0.301      0.007     41.370      0.000
    S1T2_8             0.644      0.016     41.370      0.000
    S1T2_9             1.106      0.027     41.370      0.000
    S1T2_10            1.967      0.048     41.370      0.000
    S1T2_11           10.351      0.250     41.370      0.000
    S1T3_1           -10.351      0.250    -41.370      0.000
    S1T3_2            -1.967      0.048    -41.370      0.000
    S1T3_3            -1.106      0.027    -41.370      0.000
    S1T3_4            -0.644      0.016    -41.370      0.000
    S1T3_5            -0.301      0.007    -41.370      0.000
    S1T3_6             0.000      0.000      0.000      1.000
    S1T3_7             0.301      0.007     41.370      0.000
    S1T3_8             0.644      0.016     41.370      0.000
    S1T3_9             1.106      0.027     41.370      0.000
    S1T3_10            1.967      0.048     41.370      0.000
    S1T3_11           10.351      0.250     41.370      0.000
    INDT1_1            1.137      0.421      2.702      0.007
    INDT1_2            0.322      0.119      2.708      0.007
    INDT1_3            0.239      0.088      2.710      0.007
    INDT1_4            0.194      0.071      2.710      0.007
    INDT1_5            0.160      0.059      2.710      0.007
    INDT1_6            0.131      0.048      2.707      0.007
    INDT1_7            0.102      0.038      2.700      0.007
    INDT1_8            0.069      0.026      2.668      0.008
    INDT1_9            0.024      0.011      2.224      0.026
    INDT1_10          -0.060      0.024     -2.506      0.012
    INDT1_11          -0.874      0.325     -2.692      0.007
    INDT2_1            0.766      0.415      1.846      0.065
    INDT2_2            0.217      0.118      1.847      0.065
    INDT2_3            0.161      0.087      1.847      0.065
    INDT2_4            0.131      0.071      1.847      0.065
    INDT2_5            0.108      0.059      1.847      0.065
    INDT2_6            0.088      0.048      1.845      0.065
    INDT2_7            0.069      0.037      1.843      0.065
    INDT2_8            0.046      0.025      1.831      0.067
    INDT2_9            0.016      0.010      1.661      0.097
    INDT2_10          -0.040      0.023     -1.784      0.074
    INDT2_11          -0.589      0.320     -1.843      0.065
    INDT3_1            1.093      0.418      2.617      0.009
    INDT3_2            0.310      0.118      2.621      0.009
    INDT3_3            0.229      0.088      2.622      0.009
    INDT3_4            0.186      0.071      2.622      0.009
    INDT3_5            0.154      0.059      2.621      0.009
    INDT3_6            0.126      0.048      2.618      0.009
    INDT3_7            0.098      0.038      2.610      0.009
    INDT3_8            0.066      0.026      2.578      0.010
    INDT3_9            0.023      0.011      2.161      0.031
    INDT3_10          -0.058      0.024     -2.447      0.014
    INDT3_11          -0.841      0.322     -2.609      0.009
    DET1_1            -1.073      0.389     -2.760      0.006
    DET1_2            -0.258      0.110     -2.347      0.019
    DET1_3            -0.175      0.090     -1.934      0.053
    DET1_4            -0.130      0.083     -1.570      0.116
    DET1_5            -0.097      0.079     -1.225      0.221
    DET1_6            -0.067      0.077     -0.876      0.381
    DET1_7            -0.038      0.077     -0.498      0.618
    DET1_8            -0.005      0.078     -0.062      0.950
    DET1_9             0.040      0.083      0.484      0.628
    DET1_10            0.124      0.099      1.252      0.211
    DET1_11            0.938      0.372      2.520      0.012
    DET2_1            -0.781      0.381     -2.050      0.040
    DET2_2            -0.233      0.107     -2.179      0.029
    DET2_3            -0.176      0.088     -2.012      0.044
    DET2_4            -0.146      0.080     -1.818      0.069
    DET2_5            -0.124      0.077     -1.611      0.107
    DET2_6            -0.104      0.075     -1.384      0.166
    DET2_7            -0.084      0.075     -1.124      0.261
    DET2_8            -0.062      0.077     -0.807      0.420
    DET2_9            -0.032      0.082     -0.386      0.700
    DET2_10            0.025      0.098      0.253      0.800
    DET2_11            0.574      0.369      1.556      0.120
    DET3_1            -1.049      0.386     -2.714      0.007
    DET3_2            -0.266      0.112     -2.383      0.017
    DET3_3            -0.186      0.092     -2.005      0.045
    DET3_4            -0.142      0.085     -1.672      0.095
    DET3_5            -0.110      0.081     -1.355      0.175
    DET3_6            -0.082      0.080     -1.033      0.301
    DET3_7            -0.054      0.079     -0.683      0.494
    DET3_8            -0.022      0.080     -0.274      0.784
    DET3_9             0.021      0.085      0.248      0.804
    DET3_10            0.101      0.100      1.011      0.312
    DET3_11            0.884      0.370      2.391      0.017
    SIG                1.000      0.000      0.000      1.000
    SIG2               1.000      0.000      0.000      1.000
    KAPPA0             0.000      0.000      0.000      1.000
    GAMMA0             0.000      0.000      0.000      1.000
    PCTMED_1           0.661      0.260      2.538      0.011
    PCTMED_2           0.460      0.215      2.142      0.032
    PCTMED_3           0.605      0.239      2.537      0.011


R-SQUARE

    Observed                   Residual
    Variable        Estimate   Variance

    GTS_1              0.891      0.200
    GTS_2              0.585      0.592
    GTS_3              0.730      0.431
    GTS_4              0.864      0.243
    GTS_5              0.642      0.533
    POLICY_3           0.583      0.566
    POLICY_4           0.485      0.660
    POLICY_6           0.685      0.456
    POLICY_8           0.336      0.783

     Latent
    Variable        Estimate

    F2                 0.451
    GTS                0.511


QUALITY OF NUMERICAL RESULTS

     Condition Number for the Information Matrix              0.397E-03
       (ratio of smallest to largest eigenvalue)


DIAGRAM INFORMATION

  Use View Diagram under the Diagram menu in the Mplus Editor to view the diagram.
  If running Mplus from the Mplus Diagrammer, the diagram opens automatically.

  Diagram output
    c:\users\andflores\dropbox\enda research\trans attitudes\trans exp 3\sens_gtsacc2.dgm

     Beginning Time:  13:23:28
        Ending Time:  13:23:38
       Elapsed Time:  00:00:10



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